In the following question, one or two statements are given, followed by two conclusions. You have to consider that the statement is true even if it seems to be different from commonly known facts. You have to decide which of the given statements can definitely lead to correct conclusions.

Statement: Regular reading of newspapers leads to increase in general knowledge.
conclusion:
I. Newspapers contain a lot of general knowledge.
II. Growth in general knowledge leads to success in life.

Direction: In these questions, relationship between different elements is shown in the statements. These statements are followed by two conclusions.  
 Mark answer
A) If only conclusion I follows.
B) If only conclusion II follows.
C) If either conclusion I or II follows.
D) If neither conclusion I nor II follows.
E) If both conclusions I and II follow.

Statements: S >R, Y = X < Z, S < Y

Conclusions: I. Y > R II. R > Z

Direction: In these questions, relation between different elements is shown in the statements. The statements are followed by two conclusions. Study the conclusions based on the given statement and select the appropriate answer. 

Statement: N ≥O > P = Q; R < O < S
Conclusions:
 I. S<N
II. N> R 

Direction: In each question given below two/three statements are followed by two conclusions numbered I and II. You have to take the all given statements to be true even if they seem to be at variance from the commonly known facts. Read the conclusions and decide which logically follows from the two given statements disregarding commonly known facts:
 A. If only conclusion I follows.
 B. If only conclusion II follows.
 C. If either conclusion I or II follows.
 D. If neither conclusion I nor II follows.
 E. If both conclusions I and II follow. 

Statements:
 Some girls are beautiful.
 All girls speak softly.
 Conclusions:
 (I) Girls who are beautiful also speak softly.
 (II) Girls who speak softly are not necessarily beautiful.

Direction: In these questions the symbols $ , @ , £ , • and # are used with different meanings as given below :
' X $ Y ' means X is neither greater than nor smaller than Y '
 ' X @ Y ' means X is neither greater than nor equal to Y '
 ' X £ Y ' means X is neither smaller than nor equal to Y '
 ' X• Y ' means X is not smaller than Y '
' X # Y ' means X is not greater than Y '
( A ) If only conclusion I is true
( B ) If only conclusion II is true
( C ) If either conclusion I or II is true
(D ) If neither conclusion I nor II is true
( E ) If both conclusion I and II are true    

Statements: V• D, D £ T, K $T, K # F
 Conclusions:
I. D£K
II. T• F

In each of the following questions a statement is given followed by two courses of Action. A course of Action is taken for improvement, follow up etc. Read the statement carefully and give answer -
Statement:
A survey conducted in eight airports has revealed that airports continue to be porous and security as bad as ever.
Course of action:
I. adequate perimeter fencing should be provided.
II. New machines of latest order should be deployed for security purposes.

In the following question below are given some statements followed by some conclusions based on those statements. Taking the given statements to be true even if they seem to be at variance from commonly known facts. Read all the conclusions and then decide which of the given conclusion logically follows the given statements.

Statements:
 Some poems are horses.
 All horses are toys.
 All toys are ships.

Conclusions:
 I. All toys being poems is a possibility.
 II. Some horses are ships.

Direction: In these questions the symbols $ , @ , £ , • and # are used with different meanings as given below :
' X $ Y ' means X is neither greater than nor smaller than Y '
 ' X @ Y ' means X is neither greater than nor equal to Y '
 ' X £ Y ' means X is neither smaller than nor equal to Y '
 ' X• Y ' means X is not smaller than Y '
' X # Y ' means X is not greater than Y '
( A ) If only conclusion I is true
( B ) If only conclusion II is true
( C ) If either conclusion I or II is true
(D ) If neither conclusion I nor II is true
( E ) If both conclusion I and II are true    

Statements: Z£N, N # K, K $ M, M@R